石墨的

As it opens further, nuances of treacle, aniseed and graphite slowly emerge.

随醒酒时间的推移，糖蜜，茴香和石墨的芬芳逐渐散发出来。

Firstly, the preparation and characterization of graphite oxide have been discussed.

首先，本文论述了氧化石墨的制备和表征。

Results showed that after the addition of graphite the friction coefficient of composites decreased and the wear resistance increased by 170 to 340 times.

结果表明，随着石墨的加入，复合材料的摩擦系数降低，磨损抗力提高170~340倍。

This paper summarizes the main methods of surface modification of graphite and emphasize surface coating.

本文对石墨的表面改性方法进行了总结，并重点介绍了表面涂层法。

Different methods were used to test the absorption capacity for different oiliness with expanded graphite,so as to explore the relations between the structure of expanded graphite and its saturated absorption.

采用不同的方法测定膨胀石墨对不同油质的饱和吸附量，来探讨膨胀石墨的结构与饱和吸附量的关系。

Kinetic equation in the baking process of purifying aphanitic graphite were researched.

研究了隐晶质石墨的提纯工艺中焙烧动力学方程。

On the base of natural graphite, the influences of the adhesive agent and conductor are investigated. The results show that, when the adhesive agent is 8% and acetylene black is 10%, the reversible capability of the natural graphite can reach the highest value (330mAh/g).

以天然石墨的嵌锂性能作为基础，通过调节粘结剂和导电剂的含量，当粘结剂的质量分数为8％，乙炔黑的质量分数为10%时，石墨的可逆容量达到最高的330 mAh/g，10次循环容量保持在92％左右。

According the result of theory, we have planed and carried out the HPHT experiments with iron carbide and nano-meter graphite powder, researched the role of metallic carbide in the process and the effect of the configuration of graphite.

根据理论分析的结果，我们设计了以铁碳化合物和纳米石墨为原料的高温高压实验，以验证金属碳化物在合成过程中的作用和原料石墨的状态对合成条件的影响。

This paper analyses the band structure with nodular graphite that was first found on the cross section of the gray iron bar in the experiment.

通过试验分析，首次在灰铸铁型材断面上观察到球状石墨的带状区，并对这种带状组织及成因进行了分析探讨。

Pig iron, the matrix consisted of more than 95% pearlite and a little amount of cementite also, whereas the graphite was of larger type-A, and the tensile strength and the hardness were of 202~238MPa and 220~237HB, respectively; when the metallic charge was 23% V-Ti pig iron plus 77% N.I.

研究钒钛生铁和球铁生铁对Cr-Cu-Mo可淬硬铸铁凸轮轴显微组织和性能的影响，讨论了D型石墨的形成机理以及D型石墨灰铸铁凸轮轴具有较高强度和较高硬度的原因。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。